FAQs

We manufacture a wide range of aerospace parts, including structural components, fasteners, brackets, and custom-engineered parts, using precision CNC machining. 

We adhere to stringent quality control standards, including AS9100 certification, to ensure that every part meets industry-specific performance and safety requirements. 

We work with aerospace-grade materials such as aluminum alloys, titanium, stainless steel, and composite materials, offering high strength, durability, and resistance to extreme conditions. 

We provide fast turnaround times, with on-demand production to meet tight deadlines while maintaining the highest standards of quality. 

Yes, we specialize in custom-designed aerospace parts, created based on your specific requirements and performance needs, using advanced CNC technology.

We specialize in aerospace-grade materials, including aluminum alloys, titanium, stainless steel, Inconel, and high-performance plastics.

Yes, we have the capacity to support both small and large-scale production runs while maintaining quality and consistency.

Yes, we offer rapid prototyping services to help validate designs before full-scale production.

Lead times depend on project complexity, but we offer expedited services for urgent needs.

Absolutely. We adhere to strict quality standards to meet automotive industry requirements.

Yes, our CNC machining capabilities allow for tolerances as tight as ±0.001 inches, ensuring precise fit and function.

We work with aluminum, steel, stainless steel, titanium, and various high-performance plastics.

Yes, we have the capacity to support both small and large-scale production runs while maintaining strict quality control.

Yes, we offer rapid prototyping services to help validate designs before full-scale production.

Yes, we specialize in custom CNC machining to meet the specific needs of medical device manufacturers, ensuring precision and compliance.

Absolutely. We adhere to ISO 13485 and FDA standards to meet the stringent requirements of medical device manufacturing.

We produce a variety of components, including surgical instruments, implants, diagnostic equipment parts, and prosthetic components.

We work with aluminum, stainless steel, titanium, and engineered plastics suited for high-performance robotic applications.

We work with aluminum, stainless steel, titanium, and engineered plastics suited for high-performance robotic applications.

Yes, we provide fast turnaround prototyping services to help engineers test and refine their designs before full-scale production.

Yes, we have the capacity to support both low and high-volume production runs while maintaining precision and consistency.

We implement strict quality control measures, including dimensional inspections, material testing, and performance verification, to ensure every part meets industry standards.

We manufacture CNC-machined parts for industrial robots, automation systems, medical robotics, aerospace robotics, and more.

Yes, we specialize in custom CNC machining for robotic applications, offering high-precision components tailored to your specifications.

Our strict quality control process includes CMM inspections, material analysis, and surface finishing tests to meet industry standards.

Yes, we specialize in both prototyping and full-scale production to support product development and testing.

We offer anodizing, powder coating, polishing, and laser engraving to enhance durability, appearance, and performance.

Yes, our advanced CNC machining capabilities allow us to manufacture intricate and miniaturized parts with exceptional accuracy.

We provide precision milling, turning, and multi-axis machining to produce high-quality electronic components with tight tolerances.

Our stringent quality control includes CMM inspections, precision surface finishing, and contamination-free handling to meet semiconductor industry standards. 

Our stringent quality control includes CMM inspections, precision surface finishing, and contamination-free handling to meet semiconductor industry standards. 

Yes, we specialize in rapid prototyping to support semiconductor research, development, and process optimization. 

Yes, we provide customized CNC machining solutions tailored to specific semiconductor applications, ensuring compatibility with various fabrication processes.

We use state-of-the-art CNC technology, including multi-axis machining and real-time quality control, to ensure exact tolerances and superior precision. 

We provide precision milling, turning, and multi-axis machining to produce high-accuracy semiconductor parts. 

We adhere to strict quality control processes, industry standards, and regulatory requirements to ensure our components meet all necessary specifications. 

Yes, we produce high-precision components for 5G infrastructure, including antenna systems, RF components, and network hardware 

Yes, we specialize in precision-engineered enclosures that provide durability, shielding, and thermal management for communication devices. 

We work with aluminum, copper, titanium, engineered polymers, and other high-performance materials suited for high-frequency and structural applications. 

We provide manufacturing solutions for telecommunications, satellite communication, wireless networking, and broadband infrastructure. 

We adhere to strict quality control processes, industry standards, and regulatory requirements to ensure our components meet all necessary specifications.

Yes, we produce high-precision components for 5G infrastructure, including antenna systems, RF components, and network hardware. 

Yes, we specialize in precision-engineered enclosures that provide durability, shielding, and thermal management for communication devices. 

We provide high-precision milling, turning, and multi-axis machining to produce automation components with exacting tolerances. 

We provide high-precision milling, turning, and multi-axis machining to produce automation components with exacting tolerances. 

Yes, we specialize in rapid prototyping to support machinery design, development, and process optimization. 

Yes, we provide tailored manufacturing solutions designed to meet specific industrial applications and performance requirements. 

We use state-of-the-art technology, rigorous quality control processes, and real-time inspections to ensure exact tolerances and superior durability. 

We provide precision machining, fabrication, and advanced surface treatments to produce high-performance industrial machine parts. 

We utilize advanced materials, precision machining, and specialized surface treatments to improve wear resistance, corrosion protection, and overall longevity. 

We utilize high-performance materials and advanced surface treatments to enhance strength, corrosion resistance, and longevity in demanding energy environments. 

Yes, we support innovative energy solutions, providing precision components for hydrogen, advanced battery systems, and next-generation solar and wind applications. 

We implement rigorous testing, including material analysis, dimensional inspections, and environmental stress testing to ensure high performance and reliability. 

We provide precision fabrication, material processing, and high-accuracy component manufacturing for renewable energy systems. 

Yes, we specialize in rapid prototyping to support research, development, and process optimization in the new energy sector.

Prototyping is the process of creating an early sample or model of a product to test its design, functionality, and feasibility before mass production.

Prototyping machining helps identify design flaws, test functionality, and gather feedback, which allows for improvements before committing to large-scale manufacturing, saving time and costs.

To get started, contact us with your project details, including design files and specifications. Our team will review your requirements and provide you with a quote and timeline.

Yes, we offer rapid prototyping services, including 3D printing and CNC machining, to provide quick turnaround times and meet tight project deadlines.

The cost of prototyping depends on factors such as the complexity of the design, materials used, and the type of prototyping service. Contact us for a detailed quote based on your specific requirements.

Yes, we provide expert design support to help optimize your prototype for manufacturability, ensuring the best quality and performance.

We offer CNC prototype service,3D printer prototype service, injection molding prototype(T1 samples), and sheet metal prototype to meet various prototyping needs.

The lead time for creating a prototype varies depending on the complexity and type of service. For example, CNC machining and 3D printing can produce prototypes in as fast as 1-3 days, while injection molding may take 1-4 weeks.

We offer a wide range of materials for prototyping, including metals, plastics, and composites. Specific materials include aluminum, steel, ABS, nylon, and more.

Yes, we provide tailored manufacturing solutions, including CNC machining, injection molding, die casting, and sheet metal fabrication. 

We provide finishing options such as anodizing, powder coating, polishing, and heat treatment to enhance durability and aesthetics. 

Yes, we specialize in both low-volume and high-volume production runs, ensuring efficiency and consistency at any scale. 

We follow strict quality control measures, including material inspections, precision machining, and final product testing to meet industry standards. 

We offer expedited production services for urgent orders, depending on material availability and production capacity. 

Absolutely! Our engineering team reviews designs and suggests modifications to improve efficiency, reduce costs, and enhance production quality. 

Common plastics include ABS, polycarbonate, nylon, PEEK, polypropylene, and polyethylene. 

Elite Mold Tech offers both low-volume prototyping and high-volume production options. 

Yes, plastic injection molding supports intricate designs, undercuts, and fine details. 

Steel molds can last hundreds of thousands to millions of cycles, depending on material and maintenance. 

Yes, overmolding and two-shot molding allow for multi-material parts. 

The range tends to differ according to the order’s difficulty and volume, but the general rule is that we get the work done within 5-10 working days. 

We can use aluminum, steel, titanium, and brass as well as plastics like ABS, PEEK, nylon, and polycarbonate for different applications. 

We certainly do. We ensure punctuality and minimal wastage for both prototypes and orders requiring low volume production. 

Yes, Elite Mold Tech engineers will assist you with DFM (Design for Manufacturability) so your designs are easier to do with CNC machining. 

Our capacity to perform machining on five-axis, makes it possible for us to produce parts that are very complex in shape with great accuracy. 

CNC milling can work on a number of materials including metals like aluminum, steel, titanium, and polymers such as ABS, PEEK, and nylon. It’s also able to mill composites like carbon fiber and fiberglass.

Elite Mold Tech’s services are capable of tolerance levels of ±0.005mm. Thus, making it possible to CNC complex parts with high precision. 

Indeed. CNC milling is an effective option for prototyping as they are both efficient and less costly. 

Precision component industries that involve aerospace, automotive, medical equipment, electronics, and industrial manufacturing utilize CNC milling. 

CNC milling removes materials using a rotating cutting tool on a stationary workpiece, while a CNC turning machine does the same thing but with a rotating workpiece and a stationary tool. 

Turning involves metals such as aluminum, steel, titanium; plastics like PEEK, nylon, and PTFE; and composites including carbon fiber and fiberglass. 

Unlike other firms, Elite Mold Tech prides itself on their fast and reliable final product delivery. The turnaround time for any custom order with high complexity and significant volume can deviate based on the material type. 

CNC Turning serves precision components in aerospace, automotive, medical, electronics, and industrial manufacturing industries. 

The tolerance for Elite Mold Tech’s CNC turning services can be within ±0.005mm. 

Absolutely! Prototyping with CNC turning is very efficient and flexible. 

Standard lead times are 3-5 business days,depending on part complexity and order volume. 

Yes,we offer powder coating,anodizing,electropolishing,and plating to meet your functional and aesthetic needs. 

We can fabricate parts up to 48” x 48”.Larger sizes may be available based on project requirements 

Yes,we provide MIG,TIG,and spot welding,along with assembly services for complex parts 

We support aluminum,stainless steel,carbon steel,copper,and brass,offering flexibility for various applications. 

We follow ISO2768-mK tolerances,holding ± 0.010” for laser cutting and ± 0.020” for bending.Tighter tolerances are available upon request. 

You could send us your CAD file by Email,WhatsApp,Wechat or contact form. 

Standard lead time is 10–15 business days, depending on part complexity and volume. 

Aluminum, zinc, and magnesium are the most commonly used materials due to their strength, lightweight properties, and corrosion resistance. 

Parts can range from small components under an inch to larger parts up to 24” x 24” x 12” depending on the alloy and casting method. 

Yes, Elite Mold Tech offers powder coating, anodizing, electroplating, and more to enhance durability and appearance. 

Simply upload your CAD file to our platform for an instant quote with pricing and lead time. 

Yes, we specialize in custom-designed aerospace parts, created based on your specific requirements and performance needs, using advanced CNC technology. 

We provide fast turnaround times, with on-demand production to meet tight deadlines while maintaining the highest standards of quality. 

We work with aerospace-grade materials such as aluminum alloys, titanium, stainless steel, and composite materials, offering high strength, durability, and resistance to extreme conditions. 

We adhere to stringent quality control standards, including AS9100 certification, to ensure that every part meets industry-specific performance and safety requirements. 

We manufacture a wide range of aerospace parts, including structural components, fasteners, brackets, and custom-engineered parts, using precision CNC machining. 

Elite Mold Tech maintains strict quality control through precision machining, regular inspections, and certifications like ISO 9001, ensuring parts meet exact specifications. 

Just-in-time manufacturing minimizes inventory costs by producing parts on demand. Elite Mold Tech delivers components on schedule, ensuring efficient production. 

Yes, Elite Mold Tech specializes in rapid prototyping, creating functional prototypes quickly for testing and evaluation before full-scale production. 

Elite Mold Tech works with materials like aluminum, steel, titanium, magnesium, plastics, and composites, offering the best options for strength, weight, and cost. 

CNC machining ensures high precision, repeatability, and the ability to create complex geometries, improving part performance and fit while enabling rapid prototyping. 

Elite Mold Tech offers custom parts like engine components, transmission parts, suspension systems, and interior trim, all precision-engineered using advanced CNC machining. 

Just-in-time manufacturing minimizes inventory costs by producing parts only as needed, ensuring timely delivery of components to keep automation systems running smoothly. 

Yes, Elite Mold Tech offers rapid prototyping services that allow automation manufacturers to test and refine parts before full-scale production. 

CNC machining ensures precision, repeatability, and quick turnaround times, producing high-quality parts that improve the efficiency and reliability of automation systems. 

Elite Mold Tech manufactures precision parts such as robotic components, sensors, actuators, and control system parts tailored to the automation sector’s needs. 

With its rapid prototyping services, Elite Mold Tech helps speed up product development by producing accurate prototypes quickly, enabling manufacturers to test and refine designs before full-scale production. 

Yes, Elite Mold Tech is equipped to handle both small-scale custom runs and high-volume production runs, providing flexibility for electronics manufacturers at any stage of their product lifecycle 

CNC machining offers superior precision, repeatability, and the ability to create complex designs, making it ideal for producing intricate and high-performance parts needed in consumer electronics. 

Elite Mold Tech uses advanced CNC machining techniques that allow for tight tolerances and complex geometries, ensuring every part meets exact specifications for functionality and fit. 

Elite Mold Tech provides manufacturing services for a variety of consumer electronics, including smartphones, wearables, gaming consoles, and home electronics, focusing on custom, high-precision parts. 

Elite Mold Tech adheres to industry regulations, including FDA guidelines and ISO certifications, to ensure all parts meet safety and quality standards for medical applications. 

Elite Mold Tech implements strict quality control measures, including dimensional checks, material testing, and functional inspections. 

Yes, Elite Mold Tech specializes in producing custom parts for surgical instruments, implants, and prosthetics, ensuring they meet the required functionality, biocompatibility, and durability. 

Elite Mold Tech works with medical-grade metals such as titanium and stainless steel, as well as medical-grade plastics and composites, providing a range of materials suitable for different applications. 

Elite Mold Tech produces a variety of medical device components, including surgical instruments, implants, diagnostic equipment parts, and prosthetics, all custom-manufactured for precision and performance. 

We do. From custom parts for data centers and base stations to housings for smart devices, we support a wide range of use cases. 

Yes, we offer corrosion-resistant materials and weather-sealed designs suitable for outdoor base stations and remote units. 

We offer rapid prototyping with turnaround times as short as a few business days, depending on complexity. 

Absolutely. We work with aluminum, copper, stainless steel, and engineered plastics designed for EMI, thermal, and structural performance.
 

Yes, we specialize in tight-tolerance, compact components ideal for high-frequency and high-performance communication hardware. 

Elite Mold Tech follows ISO 9001-certified processes and conducts comprehensive testing and inspection at every stage of production to ensure that each part meets high-quality standards for performance and reliability. 

Yes, Elite Mold Tech offers rapid prototyping services, allowing robotics manufacturers to quickly test and iterate designs before moving to full-scale production. 

CNC machining enables the production of highly precise, custom components with complex geometries, ensuring that robotic systems are reliable and perform with tight tolerances. 

Elite Mold Tech manufactures a wide range of robotics components, including robotic arms, joints, actuators, housings, enclosures, and connectors, all custom-designed to meet specific performance and durability needs. 

Absolutely. Elite Mold Tech provides prototyping services for R&D teams testing automation, safety improvements, and equipment upgrades in the mining industry. 

Yes, the company offers rapid turnaround times and can handle urgent or highly customized part production for maintenance or project needs. 

Elite Mold Tech uses abrasion-resistant alloys, stainless steel, and engineering-grade plastics based on the wear, corrosion, and load conditions of each application. 

Yes, Elite Mold Tech offers reverse engineering services to recreate or improve older parts, extending the life of legacy equipment. 

Elite Mold Tech manufactures components like shafts, bushings, housings, flanges, brackets, and custom fittings used in drills, crushers, conveyors, and more. 

We follow strict data protection protocols, NDAs, and access control to protect our clients’ proprietary designs. 

Yes, we manufacture housings, shields, and thermal management parts for military electronics, avionics, and sensor systems. 

Titanium, stainless steel, aluminum, tool steel, and military-grade polymers are among the most used. 

We do. We support rapid prototyping and short-run manufacturing for new technology development and field deployment. 

We produce parts for armored vehicles, weapons systems, drones, communication systems, and rugged electronics. 

Yes, processes like SLM and DMLS create fully dense parts with mechanical properties comparable to traditionally manufactured metal parts. 

Production time varies depending on the complexity and size of the part, but typically ranges from a few days to a week. 

Metal 3D printing is more cost-effective for low to medium-volume production, where tooling and setup costs are prohibitive. 

Metal 3D printing offers high precision, with tolerances typically ranging from ±0.1mm to ±0.05mm, depending on the process. 

Metals like stainless steel, titanium, aluminum, cobalt-chrome, and Inconel are commonly used in 3D printing. 

Absolutely—we offer design review and optimization to ensure printability and performance.

Yes, certain resins allow for clear or translucent printing, ideal for lenses or fluid flow testing. 

Yes, SLA parts can be used for low-load functional tests, depending on the resin used. 

SLA parts offer accuracy up to ±0.05mm, ideal for detailed prototypes. 

Most SLA prototypes are ready within 2–5 business days, depending on complexity. 

Minimal post-processing is needed; parts are cleaned of excess powder and can be further finished or dyed if desired. 

Yes, SLS is often used for bridge production and custom part manufacturing before committing to tooling. 

No, the powder bed supports the parts during printing, allowing for more complex and unsupported geometries 

Yes, SLS parts are made from nylon-based materials, making them ideal for mechanical and thermal testing. 

Lead time ranges from 3 to 7 business days, depending on part size and quantity. 

Yes, our team provides design assistance to ensure your part is optimized for printability and performance. 

Yes, FDM is well-suited for large components due to its scalable build volume. 

Some cleanup may be needed to remove support structures or smooth surfaces, but it’s usually minimal. 

Yes, depending on the material used, FDM parts can be used for fit, form, and basic function testing. 

Typical lead time is 1 to 5 business days depending on part complexity and quantity. 

Post-processing like support removal, heat treatment, and surface finishing may be needed for optimal performance. 

Yes, aluminium 3D printing excels at creating internal channels, lattices, and optimized structures. 

Yes, aluminium 3D printing excels at creating internal channels, lattices, and optimized structures. 

Parts have mechanical properties comparable to cast aluminium, suitable for structural use. 

Yes, especially for lightweight, high-performance parts in aerospace, automotive, and industrial sectors. 

We offer AlSi10Mg, a widely used alloy with good strength, corrosion resistance, and thermal properties. 

Absolutely. Plastic 3D printing is perfect for short runs without the cost of molds or tooling. 

Yes, our engineers review your files and can help optimize designs for printability and performance. 

Yes, especially with SLA and SLS, which offer high dimensional accuracy. 

Yes, flexible materials like TPU or elastic resins are available. 

FDM and SLS are ideal for functional parts due to their mechanical strength and material options. 

Yes, we provide DFM (Design for Manufacturability) feedback to ensure your design is optimized for CNC machining. 

3-axis is best for simple parts. For complex geometries, 4-axis is more efficient and precise. 

It can be slightly more expensive, but it often reduces setup time and improves accuracy, which saves costs overall. 

We work with metals like aluminum, steel, titanium, and various plastics. 

3-axis machining moves along X, Y, and Z axes, while 4-axis adds a rotational movement around one axis, allowing more complex cuts. 

Yes, we specialize in both low-volume and high-volume manufacturing for medical applications. 

Yes, we provide complete traceability and documentation throughout the machining process. 

Absolutely. We offer rapid prototyping with fast lead times and engineering support. 

Yes, we comply with medical industry standards and offer documentation on request. 

It provides high precision, tight tolerances, and repeatability required for sensitive medical applications. 

Yes, our engineering team can help optimize your design for better performance and cost-efficiency. 

Absolutely. We specialize in both one-off prototypes and high-volume production. 

Yes, we provide threading, knurling, drilling, polishing, and surface finishing options. 

We can achieve tolerances as tight as ±0.005 mm, depending on part geometry and material. 

Round, cylindrical, and symmetrical parts such as shafts, bushings, and pins are ideal. 

Yes, our engineering team reviews your design for efficiency, cost, and manufacturability.

Yes, our 5-axis machines can handle complex, multi-surface parts in a single setup. 

We can hold tolerances down to ±0.005 mm, depending on the part and material. 

Milling involves rotating the cutting tool while the workpiece stays still; turning rotates the workpiece. 

Yes, we work with aluminum, stainless steel, titanium, brass, PEEK, ABS, and other materials. 

Yes, we offer edge deburring, sanding, polishing, and additional surface treatments. 

Yes, we regularly cut layered plastics, composites, and wood panels. 

Yes, it’s ideal for both single parts and full production runs.

We handle standard sizes up to 4′ x 8′ and can accommodate larger sheets on request. 

We route plastics, woods, foams, composites, and soft metals like aluminum. 

Yes, we support both one-off prototypes and full production runs. 

Typical lead times range from 3–7 days, depending on part complexity. 

Absolutely, it’s perfect for cutting materials that have already been heat-treated. 

We routinely achieve ±0.002 mm depending on the geometry and material. 

We cut hardened steel, titanium, tungsten, carbide, Inconel, copper, and more. 

Yes, we offer CNC machining, tapping, and trimming to achieve final specifications. 

Yes, it’s ideal for mass production due to fast cycle times and reusable tooling. 

We routinely achieve tight tolerances, often ±0.1 mm or better depending on the part. 

We work with aluminum, zinc, and magnesium alloys. 

It’s a process where molten metal is injected into a steel mold under high pressure to form precise metal parts. 

We achieve tolerances as tight as ±0.05 mm depending on the part and material.

Yes, we offer short-run and prototyping options before full production. 

For high volumes of thin parts, stamping is faster and more cost-efficient than machining. 

We commonly stamp stainless steel, aluminum, brass, copper, and carbon steel. 

It’s used to form sheet metal into components through cutting, bending, or drawing using a stamping press. 

They can be used as-sintered or further processed with machining, polishing, or plating. 

Yes, especially when the part is small, complex, and produced in large quantities. 

MIM is best suited for high-volume production starting from 5,000 parts or more. 

Typical tolerances are ±0.3%, with the option for secondary machining to achieve tighter specs. 

Common materials include stainless steel, low-alloy steel, titanium, and soft magnetic alloys. 

Yes, we offer rapid tooling and short-run molding for prototyping and validation. 

Absolutely, our machines and tooling systems are designed for high-volume production. 

Yes, we provide full mold design, fabrication, and maintenance in-house. 

Typical tolerances are ±0.05 mm or tighter depending on part geometry and material. 

Depending on the material and mold type, anywhere from 10 to over 10,000 parts. 

Absolutely, we provide DFM support and mold flow analysis before tooling begins. 

Yes, many of our prototype tools evolve into bridge or production tooling. 

Yes, aluminum molds are ideal for low-volume runs and can produce thousands of quality parts. 

We typically deliver first articles within 7 to 15 days, depending on complexity. 

It’s used to create low-volume, real-material parts quickly for design testing and validation. 

We use scientific molding, process validation, and in-line quality checks. 

Absolutely, we offer single, multi-cavity, and family molds for greater throughput. 

Yes, we help optimize part and mold design for long-term production efficiency. 

With proper care, steel molds can produce hundreds of thousands to millions of parts. 

It’s ideal for manufacturing high volumes of plastic parts with consistent quality. 

We use material compatibility analysis, surface prep, and optimized tooling for reliable adhesion. 

It may cost more than single-shot molding, but reduces assembly time and improves product quality. 

Absolutely, we offer medical-grade materials and cleanroom production if needed. 

Yes, when properly bonded, overmolded parts are highly durable and long-lasting. 

Common combinations include TPE or TPU over ABS, nylon, PC, or metal substrates. 

We use precision jigs and automation to ensure perfect alignment and repeatability. 

Yes, especially for medium to high volumes where secondary assembly would be more expensive. 

Yes, especially for medium to high volumes where secondary assembly would be more expensive. 

We use ABS, nylon, polycarbonate, PEEK, TPU, and other engineering plastics. 

Yes, we offer both manual and robotic insert loading based on production volume. 

We work with metal inserts, threaded studs, sensors, wires, magnets, and more. 

Yes, especially for high-volume production where accuracy and small size are essential. 

Absolutely, our in-house tooling experts offer DFM support and precision mold builds. 

Yes, we offer ISO-certified cleanroom manufacturing for medical and sensitive applications. 

Common sectors include medical, electronics, automotive, defense, and telecom. 

We can mold parts as light as 0.001 grams with feature tolerances as tight as ±5 microns. 

Yes, we can work from your 3D files or create CNC/3D-printed master patterns in-house. 

Yes, parts can be pigmented during casting or painted afterward. 

Lead time is usually 5–10 business days from master pattern to final parts. 

We offer rigid, rubber-like, clear, tinted, and high-temp polyurethanes. 

Typically 20 to 30 parts per mold, depending on geometry and resin. 

Die creation usually takes 1–2 weeks, depending on complexity. 

Yes, we offer custom die design to match your exact cross-sectional needs. 

We maintain tight tolerances and uniform profiles, customized to your specs. 

We extrude PVC, HDPE, LDPE, ABS, PP, TPE, and other thermoplastics. 

Lead time varies, but most projects are completed within 1–2 weeks. 

We typically use aluminum, steel, or high-strength plastics like Delrin. 

We typically use aluminum, steel, or high-strength plastics like Delrin. 

Yes, they can be designed for manual or powered torque drivers. 

Absolutely, each jig is tailored to your product and assembly needs. 

Yes, they are designed for long-term use across production batches. 

Yes, we include setup sheets, calibration specs, and training support as needed. 

Absolutely, we offer multi-feature fixture gauges for complex inspections. 

Yes, we can integrate dial indicators or digital probes. 

We use durable materials like hardened steel, aluminum, or engineered plastics. 

They’re faster and more repeatable for repetitive or production-line checks. 

Absolutely, we can screen print directly on parts we mold or machine. 

Yes, it’s highly resistant to abrasion, chemicals, and UV exposure. 

We can print multi-color designs using separate screens per color. 

Yes, we offer Pantone color matching for consistent branding. 

We print on plastic, metal, painted, and coated surfaces. 

Each part goes through visual inspection, adhesion testing, and color verification. 

Absolutely, we can finish parts we produce in-house. 

Yes, we provide masking and multi-layer painting for detailed designs. 

Yes, especially when using automotive or UV-resistant coatings. 

It’s the process of applying paint to a part for protection, identification, or aesthetics. 

Absolutely, we can finish parts we produce in-house for complete service integration. 

Yes, we offer tight control over coating thickness based on application. 

Yes, it provides excellent corrosion protection. 

Yes, with a special process that includes conductive undercoating. 

It’s used to add durability, corrosion resistance, and a glossy finish to metal or plastic parts. 

Yes, we can assemble parts in cleanroom-compatible conditions. 

Yes, we support low-volume prototypes and large-scale production. 

Absolutely, every assembly step includes thorough inspection. 

Yes, we offer full kitting, labeling, and retail-ready packaging. 

Yes, we can integrate customer-supplied parts into the process. 

Yes, we provide DFM feedback to improve manufacturability and reduce cost. 

Yes, it’s ideal for prototyping and small-batch runs. 

Yes, we provide both prototypes and production parts. 

We achieve tolerances as tight as ±0.005 mm depending on part geometry. 

It’s used to make precision parts from digital designs in metal or plastic. 

Yes, we offer both services depending on part geometry and project requirements. 

Yes, we can adjust the mold to accommodate minor revisions before final production. 

Yes, our aluminum molds can produce thousands of shots, ideal for prototyping and short runs. 

We offer ABS, PC, PA, PP, POM, TPU, TPE, and more with various fillers and additives. 

Most parts are delivered within 7–15 business days, depending on complexity and volume.